The Faculty employs 21 professors and associate professors as well as 78 PhDs. Scientific research carried out at the Faculty includes the following subjects: informatics and telecommunication systems in the field of production, transmission and distribution of electric energy, the diagnosis of electric power devices, electric metrology, calibration and electric quantity comparators, automatics and control, digital-circuit and microprocessor engineering, the rudiments of Electronics, electromagnetic compatibility, projects of electric and electronic systems, signal processing methods, projects of comutator engines admission systems, electric and hybrid cars, the analysis of electromagnetic fields
of electric machines, the application of signal processing in control systems, the modernization of the construction of electric engines, power electronics electric drives, electrothermal systems, microprocessor control of drive systems, energy generation in wind and solar power stations, mobile, walking and industrial robots, mechatronics, informatics in electric systems.
The Faculty cooperates with university and scientific centres on all the continents. They include, for example, SVST Bratislava, Vysoka Skola Banska, Ostrava, Pilzno, University of Technology in Brno, University of Technology in Madgeburg, Fachhochschule Trier, Fachhochschule Darmstadt, Fachhochschule Regensburg, University of Technology in Duisburg, PGTU Mariupol, Cork Institute of Technology, Wright State University Dayton OH, University of Windsor, State University of Technology of Novosibirsk, University in Katania, Electric Power Research Institute, Physikalische Technische Bundesansalt, Braunschweig, Aristotle University of Thessaloniki.
Some of the greatest achievements of the Faculty of Electrical Engineering include: Digital Unit of Protection Automatics of the Block –Generator- Transformer type CZAZ-GT, the comparator of etalons of self-inductance (which received the Siemens award in 2003), a device for the testing of the latest generation measurement standards for GUM, the control system for the resistance and arc furnace of great power, new technology for the optimization and modification of electric systems with the runs deformed because of the optimum shape and minimalization of active power losses, turbogenerators for the national electric power system, methods of determinating of electromagnetic parameters for electric machines on the basis of the measurement results, microprocessor power electronics electric drives, the simulator –UMSA-Windsor University, wind power station 160 kW, superconductors HTS engineering, the mobile robot HEXOR, an eight-leg OKTOPOD robot, drive for an electric vehicle ELIPSA.
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